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Seismic Engineer Jobs in Oregon (NOW HIRING)

About the Role Armada is hiring a Data Center Structural Engineer to support the Galleon and ... As we scale Modular Data Center (MDC) deployments across a wide range of seismic, wind, snow, and ...

New

This person is responsible for the engineering, calculations, and stamped structural packages ... Experience performing seismic restraint anchorage analyses and calculations is required.

Professional Engineer License (PE/PEng) * Minimum of 4 years of experience in structural ... Possess knowledge of principles and practices of lateral analysis and design (wind and seismic ...

In this role, you will contribute to high-quality engineering solutions, custom designs, seismic bracing layouts, and client-focused project support. We aim to make the most of your technical ability ...

Independently perform seismic analysis and design on Risk Category III and IV steel, concrete ... Mentors others on engineering design tasks * Contributes to project proposals Teamwork Leads ...

Independently perform seismic analysis and design on Risk Category III and IV steel, concrete ... Mentors others on engineering design tasks * Contributes to project proposals Teamwork Leads ...

PE - Structural Tutor

Eugene, OR · Remote

$30 - $40/hr

... engineers for PE Structural certification. * Strategic Test-Taking & Problem-Solving: Skilled at teaching code-based structural design, load path analysis, and seismic design methodology for PE ...

Independently perform seismic analysis and design on Risk Category III and IV steel, concrete ... Mentors others on engineering design tasks * Contributes to project proposals Teamwork Leads ...

PE - Structural Tutor

Portland, OR · Remote

$30 - $40/hr

... engineers for PE Structural certification. * Strategic Test-Taking & Problem-Solving: Skilled at teaching code-based structural design, load path analysis, and seismic design methodology for PE ...

Independently perform seismic analysis and design on Risk Category III and IV steel, concrete ... Mentors others on engineering design tasks * Contributes to project proposals Teamwork Leads ...

PE - Structural Tutor

OR · Remote

$30 - $40/hr

... engineers for PE Structural certification. * Strategic Test-Taking & Problem-Solving: Skilled at teaching code-based structural design, load path analysis, and seismic design methodology for PE ...

Structural Engineering Tutor

OR · Remote

$18 - $40/hr

Ability to explain moment distribution, plastic analysis, seismic design principles, and load path analysis while preparing students for structural engineering courses, the PE examination, and ...

Showing results 21-40

Seismic Engineer information

What is a seismic engineer?

Seismic engineers are professionals who specialize in designing and analyzing structures to withstand the effects of earthquakes and other seismic activities. They use principles of civil and structural engineering, combined with knowledge of geology and seismology, to ensure buildings, bridges, and infrastructure are safe and resilient. Their work includes assessing seismic risks, developing earthquake-resistant designs, and implementing safety standards to protect lives and property. Seismic engineers often work closely with architects, construction teams, and government agencies to ensure compliance with building codes and regulations.

What are some common challenges seismic engineers face when working on projects in high-risk earthquake zones?

Seismic Engineers working in high-risk earthquake zones often encounter challenges such as balancing strict safety regulations with project budgets, dealing with geological uncertainties, and coordinating with multidisciplinary teams to ensure structural integrity. They must stay updated on the latest seismic codes and incorporate advanced technologies to mitigate risks. Effective communication with architects, contractors, and local authorities is crucial to address site-specific constraints and deliver resilient designs.

What are the key skills and qualifications needed to thrive as a seismic engineer, and why are they important?

To thrive as a Seismic Engineer, you need a strong background in civil or structural engineering, with specialized knowledge in earthquake engineering and a relevant engineering degree. Familiarity with structural analysis software like SAP2000, ETABS, and seismic design codes, as well as professional engineering certification (such as PE or SE), is typically required. Strong problem-solving skills, attention to detail, and effective communication are essential soft skills for collaborating with multidisciplinary teams and interpreting complex data. These competencies are crucial for designing structures that can withstand seismic events and ensuring public safety.

What is the difference between Seismic Engineer vs Structural Engineer?

AspectSeismic EngineerStructural Engineer
CredentialsEngineering degree, seismic design certificationsEngineering degree, structural design certifications
Work EnvironmentFocus on earthquake-resistant design, analysis of seismic risksDesign and analyze various structural systems for buildings and infrastructure
Industry UsageSpecialized in seismic safety, earthquake engineeringBroadly involved in all structural projects

Seismic Engineers specialize in earthquake-resistant design and seismic risk assessment, focusing on structures' safety during earthquakes. Structural Engineers have a broader role, designing various structural elements for buildings and infrastructure. While both roles require engineering credentials, Seismic Engineers focus more on seismic certifications and earthquake-specific analysis, making them a specialized subset within the structural engineering field.

What does a seismic engineer do?

A seismic engineer designs and evaluates structures to withstand earthquakes and seismic activity. They analyze soil and building responses, develop mitigation strategies, and use tools like seismic modeling software to ensure safety and compliance with building codes.

What job categories do people searching Seismic Engineer jobs in Oregon look for?

The top searched job categories for Seismic Engineer jobs in Oregon are:

What cities in Oregon are hiring for Seismic Engineer jobs?

Cities in Oregon with the most Seismic Engineer job openings:

Infographic showing various Seismic Engineer job openings in Oregon as of August 2026, with employment types broken down into 89% Full Time, 8% Part Time, and 3% Contract. Highlights an 85% Physical, 6% Hybrid, and 9% Remote job distribution.

Data Center Structural Engineer

Armada

OR • On-site, Remote

Full-time

Medical, Dental, Vision, Retirement, PTO

Posted 2 days ago

New


Job description

About the Role  

Armada is hiring a Data Center Structural Engineer to support the Galleon and Leviathan product lines - a brand-new capability for the company. As we scale Modular Data Center (MDC) deployments across a wide range of seismic, wind, snow, and soil conditions worldwide, we need someone who can own the structural thread that runs from early site due diligence through design, certification, fabrication, and installation, and make sure it holds together across every jurisdiction we operate in.

You will identify and vet domestic/international structural engineering vendors and certifying engineers, assess seismic, wind, snow, and soil risk on new sites before it becomes a costly redesign, and build the standardized, repeatable structural designs - raised structural platforms, ISO container connections, foundations/pads, anchorage, piping supports - that turn MDC structural design into a repeatable SKU instead of a one-off per site. You'll also be the structural point of contact linking Armada's product engineering team with outside fabricators, general contractors, and local structural/civil engineers, reviewing shop drawings and equipment integration details to make sure what gets built and installed matches what was certified.

Location. This role is remote-based (approximately 20-30% travel to project sites, fabricator, and vendor/GC locations).

What You'll Do (Key Responsibilities) 

  • Global vendor liaison & certification - Identify, vet, and liaise with domestic/international structural engineering vendors and local certifying engineers on every active project site, confirming each can deliver structural analysis, design, and certification compliant with the local building code (e.g., NCC in Australia, IBC in the U.S., and equivalents elsewhere) before work begins.
  • Site due diligence & jurisdictional risk assessment - Own early-stage structural due diligence for new domestic/international sites: evaluating seismic, wind, snow, and soil conditions, mapping local code and AHJ requirements, and flagging vendor capability gaps or certification risk before they cause late-stage redesign or slip a deployment.
  • Standardized, repeatable structural design - Develop and maintain template structural designs for Modular Data Center (MDC) components (raised structural platform, ISO containers and connections, foundations/pads, anchorage, piping supports) that hold up across the widest range of site conditions, turning structural design into a repeatable SKU instead of a one-off per site.
  • In-house analysis & design for new products and sites - Personally perform structural analysis and design for new Armada products and first-of-a-kind site conditions where no vendor solution or precedent yet exists, establishing the engineering basis in-house before handing off to local certifying engineers for jurisdictional review and stamping.
  • End-to-end technical oversight through fabrication, installation, and commissioning - Act as the structural point of contact linking Armada product engineering with domestic/international fabricators, general contractors, and local structural/civil engineers, reviewing shop drawings, anchoring/embedment details, and equipment integration (generators, transformers, PEMB, chillers) to ensure what gets built and installed matches what was certified.
  • Structural governance, documentation & operational readiness sign-off - Build and maintain structural requirement guidelines, site-readiness checklists, and certification workflows by geography; track open structural items across active sites; and provide the final sign-off confirming MDC and site are certified, safe, and ready for operational handoff.

Required Qualifications

  • Bachelor's degree in Civil or Structural Engineering (or related field); Professional Engineer (PE or SE) license or international equivalent (e.g., Chartered Engineer).
  • 5-7 years of hands-on experience with structural analysis and design of steel and reinforced concrete structures - including foundations, platforms, and equipment anchorage - ideally for industrial or mission-critical facilities, including the ability to independently perform structural analysis and design in-house for new Armada products and site conditions, rather than relying solely on outside vendors.
  • Working knowledge of structural analysis/design software and building codes (IBC, ASCE 7, AISC, ACI) and the ability to navigate comparable international structural codes (e.g., NCC, Eurocode) across multiple countries, including seismic, wind, snow, and soil load conditions.
  • Comfort operating with a high degree of autonomy - you'll be defining the playbook, not inheriting one.
  • Willingness and ability to travel approximately 20-30% to project sites, fabrication facilities, and construction locations worldwide.

Preferred Qualifications

  • Prior experience with modular, prefabricated, or ISO-container-based construction methodologies, ideally for data centers or other mission-critical/industrial facilities.
  • Exposure to data center-specific structural considerations: heavy equipment anchorage (generators, transformers, chillers), pre-engineered metal buildings (PEMB), and raised platform/foundation systems.
  • Experience vetting, directing, and holding external structural engineering vendors and certifying engineers accountable across concurrent, geographically dispersed projects.
  • Experience standing up design standards, templates, or governance processes for a growing team or portfolio, rather than only executing against existing ones.
  • Background collaborating directly with product/hardware engineering teams, fabricators, general contractors, and local consultants across multiple regions or countries.

Compensation & Benefits

For U.S. Based candidates: To ensure fairness and transparency, the starting base salary range for this role for candidates in the U.S. are listed, varying based on location experience, skills, and qualifications.  In addition to base salary, this role will also be offered equity and subsidized benefits (details available upon request).

We use a geographic pay structure based on cost-of-labor markets. 

  • Tier 1 (e.g., SF Bay Area, NYC, Seattle): $130,800 - $163,500
  • Tier 2 (most U.S. metro areas): $113,750 - $142,200
  • Tier 3 (other cities): $108,072 - $135,000

Final compensation will be determined by experience, scope, and level, and may vary from the posted range. 

Benefits

  • Competitive base salary and equity
  • Medical, dental, and vision (subsidized cost)
  • Health savings accounts (HSA), flexible spending accounts (FSA), and dependent care FSAs (DCFSA)
  • Retirement plan options, including 401(k) and Roth 401(k)
  • Unlimited paid time off (PTO)
  • 14 paid company holidays per year

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